Data wydruku: 17.11.2016 19:43 Strona 1 z 3 Subject name Ship

Data wydruku: 17.11.2016 19:43 Strona 1 z 3 Subject name Ship

Subject name
Ship Production and Repair Technology - 2
Subject code
O:09096W2
Faculty
Department of Ship Manufacturing Technology, Quality Systems and Materials Science
Course name
Ocean Engineering
Learning profile
Study year
4
Type of subject
Obligatory
Study semester
7
Study level
undergraduate studies
ECTS
8.0
Name of lecturer
dr inż. Ryszard Pyszko (Main teacher)
Teachers:
dr inż. Ryszard Pyszko
dr inż. Karol Niklas
Learning outcomes
Mode of delivery
Course outcome
Subject outcome
Method of veryfication
at the university
Prerequisites
Knowledge based on subjects: Podstawy Technologii Okrętów (O1S.2026.1), Podstawy Konstrukcji Okrętu
(O1S.3028.1), Rysunek okrętowy (O1S.4038.1), Materiałoznawstwo okrętowe (O1S.4041.1), Spawalnictwo
Okrętowe (O1S.4040.1), Projektowanie konstrukcji okrętu (O1S.5049.1), Technologia budowy i remontów
okrętów-1 (O1S.4051.1), Technologia budowy i remontów okrętów-2(O1S.5051.2),
Recommended
components
Data wydruku:
Selection of technical topic, preparation of a report and presentation to student peer community.
08.03.2017 08:02
Strona
1 z 3
Subject contents
Lectures: Reasons of deterioration of ship hull technical quality during ship"s life, examples of break-downs
(malfunctions) and their consequences. Systems of inspections and preventive as well as check-up repairs.
Organization of ship repair yard and its specific activity. Systems and technical facilities for docking ships
for repair. Processes of docking of floating units. Selected topics connected with production processes
during repair of hulls. Selected technical problems in shipbuilding: "design for production" of ship hull
structures; horizontal and vertical transport of large, 3-dimensional, heavy hull structures as well as
offshore structures; specific problems of manufacturing of ships for transportation of chemical goods, gas
(LPG, LNG, CNG) as well as offshore units (Floating Production, Storage & Offloading Units -FPSO/FSO; jackup, semi-submersible & Tension Leg Platforms - TLP); welding distortions of thin-plated structures - origin,
prevention and removal techniques; influence of manufacturing processes on strength of ship structures.
Laboratory:
1.Comparison of transport possibility using slidingn and rolling friction;
2. experimental evaluation of welding longitudinal and transverse shrinkages of butt weld;
3.Evaluation of deflectiopn of welede element: plating and stiffener; comparison theory and experiment;
4.Basics of thermal straightening of welded structures; fairing of a model;
5.Evaluation of concentration factor by elasto-optical method for selected T-joint;
6.basics of evaluation of welding residual stresses by Barkhausen method;
7. Usage of SPAWEX Program for selection welding parameters - part I (introduction and examples)
8.Usage of SPAWEX Program for selection welding parameters - part II (welding for selected 3-D block
structure);
9.System of preparation of manufacturing procedure ASTER - part I;
10.System of preparation of manufacturing procedure ASTER - part II
Project: Technical description of a ship. Selection of a shipyard and method of building of a hull. Analyses of
break-down of hull structures into units and blocks. Review of materials used for hull structures and
"design-for-production" analyses. Frame-work technology of manufacturing of a ship hull block: list of
elements, sequence of units assembly, sequence of block assembly, measurements during assembly, block
welding sequence, design of welds, final quality checking of block at the end of manufacturing process,
transportation of block for ship hull assembly. Selection of technical topic, preparation of a report and
presentation to student peer community.
Laboratory: Origin of welding distortion in thin-plated ship structures. Prevention of welding distortion.
Straightening of distorted ship hull elements.
Data wydruku:
08.03.2017 08:02
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Recommended
and required
reading
Required reading
Basic literature
1.Doerffer J.: Technologia wyposażania statków. WM Gdynia 1975.
2.Doerffer J.: Technologia budowy kadłubów okrętowych. WM Gdynia 1971.
3.Doerffer J.: Technologia remontu statków. WM Gdynia 1973
4.Wiebeck E.: Technologie des Schiffskorperbaus. Technik Berlin 1980.
5.Rosochowicz K.: Problemy pękania zmęczeniowego kadłubów statków. Okręt.i Żegluga, Gdańsk 2006
6.Przepisy towarzystw klasyfikacyjnych: PRS; DNV; LR; ABS; GL .
7.Poradnik inżyniera - Spawalnictwo.
8. Rosochowicz K. i inni, Transport na poduszkach powietrznych TRAPO; PG, WOiO, Gdańsk 1993;
9. Gourd L. Podstawy Technologi Spawalniczych, WNT, W-wa 1997;
10. Okerbłom, N.O: Projektowanie technologii wykonania konstrukcji spawanych,1963;
11. Borzęcki,T.,Rosochowicz K.: Usuwanie odkształceń spawalniczych cienkich poszyć stalowych metodą
nagrzewania palnikiem tlenowo-acetylenowym z jednoczesnym chłodzeniem wodnym, PG WOiO,Gdańsk
1983;
12.Kolenda T. ,Moszyński M.: Elasto-optyczne modelowanie ... na pole naprężeń w próbce płaskiej, PG
WOiO, Gdańsk 1983;
13. Augustyniak, B.: i inni: Badania za pomocą efektu Barkhausena rozkładu naprężeń ...., Krajowa
Konferencja Badań Nieniszczących , Szczyrk, 1997, s.255-262,
Recommeded reading
Supplementary literature
1.Cudny K. (redakcja): Metaloznawstwo okrętowe. Wydawnictwo Politechniki Gdańskiej 2001
2.Myśliwiec M.: Spawalnictwo okrętowe. WM Gdańsk .
3.Kowarsch A., Żaczek Z.: Spawanie konstrukcji okrętowych w osłonie gazów. WM Gdańsk 1984
4.Żurowski A.: Pomiary geodezyjne w budownictwie morskim. WM Gdańsk 1980
5.Karlic S.: Zarys górnictwa morskiego. Wydawnictwo Śląsk 19883
6.Mather A.: Offshore Engineering - an Introduction. Wyd.: Whitherby, 1995
7.czasopisma fachowe: Journal of Ship Production; Naval Architect; Offshore Magazine;
Lesson type and
method of
instruction
Lesson type
Number of study hours
Lecture
Tutorial
Laboratory
Project
Seminar
18.0
0.0
0.0
27.0
0.0
Total number of study hours per semester
included in study plan
45
e-learning hours included: 0.0
Assesment
methods and
criteria
Subject passing criteria
Passing threshold
Percentage of the
final grade
Semester/diploma dissertation
90.0
45.0
Essay
90.0
10.0
Written examination
50.0
45.0
Example issues / example questions / tasks being completed
Language of
instructions
Polish
Work placement
Not applicable
Data wydruku:
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